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Ag3PO4 nanoparticles-modified Ni@C nanocapsules were prepared by the arc discharge and the iron exchange methods. The microwave absorbing properties of nanocapsules were evaluated in the 2–18GHz range. An optimal reflection loss value of −37.1dB was observed at 12GHz on the nanocapsules–paraffin composites with a thickness of 2.7mm. Compared with Ni@C nanocapsules, Ni@C/Ag3PO4 nanocapsules exhibited...
Core/shell-structured Mg/C nanocapsules with Mg nanoparticles as the core and onion-like carbon as the shell are synthesized by the arc-discharge method. An optimal RL value of −17.02dB was observed at 11.2GHz on a specimen with a matching thickness of 3.0mm. Theoretical simulation for the microwave absorption using the transmission line theory agrees reasonably well with the experimental results...
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